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Immune particle filter algorithm for target tracking based on histograms of color and oriented gradient

机译:基于颜色和方向梯度直方图的目标跟踪的免疫粒子滤波算法

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Focusing on fails to track with standard particle filters when object and background have similar color and object is occluded, a new algorithm of immune particle filter object tracking based on histograms of color and oriented gradient is proposed. Color histogram is the global description of targets in color image, histogram of oriented gradient contains some construction information. The gradient feature is added, the poor performance of only one feature is improved when the environment changes. In addition, the proposed immune optimization algorithm improved the diversity of particles, especially the decline of the impact of sample impoverishment when occlusion occurs. Experimental results show that the proposed method is able to track the object stably, when one of the features loses discrimination ability for tracking. It is simple and suitable to be applied to deal with tracking problems in complex scene.
机译:针对物体和背景颜色相似,物体被遮挡时标准粒子滤波无法跟踪的问题,提出了一种新的基于颜色直方图和定向梯度的免疫粒子滤波目标跟踪算法。颜色直方图是彩色图像中目标的整体描述,定向梯度直方图包含一些构造信息。添加了渐变功能,当环境变化时,仅改善一项功能的性能较差。另外,所提出的免疫优化算法改善了粒子的多样性,尤其是当发生阻塞时样品贫困影响的下降。实验结果表明,该方法在特征之一失去识别能力的情况下,能够稳定地跟踪目标。它简单易行,适用于处理复杂场景中的跟踪问题。

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